0000-0003-0016-9298 About
Dr. V. Arun is a distinguished academic and researcher in Electrical and Electronics Engineering with over 15 years of teaching and research experience. He is currently serving as a Professor at Mohan Babu University, Tirupati. He obtained his Ph.D. from Annamalai University in 2016 with a focus on reduced-switch multilevel inverter topologies, following his M.Tech. in Power Systems Engineering from Anna University and B.Tech. in EEE from SRM Institute of Science and Technology.
His core research areas include:
Multilevel inverter topologies
Switched capacitor inverters
Electric vehicle propulsion systems
Renewable energy integration
Power quality enhancement
PWM techniques and drive control strategies
Dr. Arun has authored over 100 SCIE/Scopus-indexed journal publications and presented more than 50 papers in reputed IEEE and international conferences. He has several patents to his credit, including one granted by the Australian government.
He serves as a reviewer for many high-impact journals and has successfully guided numerous UG, PG, and Ph.D. projects. In recognition of his research contributions, he has received accolades such as the Second Best Researcher Award and the Chancellor’s Award of Excellence from Mohan Babu University.
He is a Senior Member of IEEE (SMIEEE), and a life member of ISTE, and is actively involved in institutional research coordination, NAAC/NBA accreditation processes, and innovation-driven academic programs.
Employment
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Education
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Publications (106)
- Experimental evaluation of reduced component nine—level switched capacitor boost inverter with self-balancing capacitors Save
- A high-performance 9-level multilevel inverter using switched capacitors with enhanced voltage boost Save
- A novel seventeen level switched capacitor multilevel inverter topology with octuple voltage gain Save
- Switched-capacitor nine-level quadratic boost inverter (SC-9LQBI) with minimum component Save
- Design and simulation of a double boost switched capacitor multilevel inverter Save
- An Extensive Review and Analysis on Performance Improvement of Grid Tied Multilevel Inverter Using Optimisation Techniques Save
- MTPA With Pseudo‐FOC Strategy–Based BLDC for Minimization of Copper Loss and Torque Ripple Save
- Advanced Navigation and Payload Systems for Underground Drone Operations Save
- Advancing Switched Reluctance Motor Design for Electric Vehicles Through Performance Optimization Save
- Analysis of Cognitive Science and Learning Environments in Educational Institutions Save